text: A brief review of the techniques available for measuring the volume viscosity of liquids can be found in Dukhin & Goetz and Sharma (2019). One such method is by using an acoustic rheometer.
  Below are values of the volume viscosity for several Newtonian liquids at 25 °C (reported in cP):
   methanol - 0.8
   ethanol - 1.4
   propanol - 2.7
   pentanol - 2.8
   acetone - 1.4
   toluene - 7.6
   cyclohexanone - 7.0
   hexane - 2.4
  Recent studies have determined the volume viscosity for a variety of gases, including carbon dioxide, methane, and nitrous oxide. These were found to have volume viscosities which were hundreds to thousands of times larger than their shear viscosities. Fluids having large volume viscosities include those used as working fluids in power systems having non-fossil fuel heat sources, wind tunnel testing, and pharmaceutical processing.